At Least u can show me the solution path thats also good 3 THUMB UP GUARANTIED

d, Od A certain gas at a high pressure, pi, is to be contained in a thick-walled steel cylinder. The design requires the inner and outer diameters to be di and d3, respectively. However, a single cylinder is not capable of containing this pressure with these limits on the dimensions. Among many techniques, using compound cylinders is preferred for the design. Using an inner cylinder with inner diameter of d, and outer diameter of d2, fitted to an outer cylinder with inner diameter d2 and outer diameter d3, to provide a pre-stress. dd2 dz For the numerical values you have, Determine the suitable tolerances to achive the required radial interference. Ensure that the extremum values are safe. Plot the radial stress, tangential stress and equivalent stress along the radius after assembly and during operation. d2 (mm) (mm) (mm) (MPa) (MPa) di dz P: Gall 20 56 70 120 200 d, Od A certain gas at a high pressure, pi, is to be contained in a thick-walled steel cylinder. The design requires the inner and outer diameters to be di and d3, respectively. However, a single cylinder is not capable of containing this pressure with these limits on the dimensions. Among many techniques, using compound cylinders is preferred for the design. Using an inner cylinder with inner diameter of d, and outer diameter of d2, fitted to an outer cylinder with inner diameter d2 and outer diameter d3, to provide a pre-stress. dd2 dz For the numerical values you have, Determine the suitable tolerances to achive the required radial interference. Ensure that the extremum values are safe. Plot the radial stress, tangential stress and equivalent stress along the radius after assembly and during operation. d2 (mm) (mm) (mm) (MPa) (MPa) di dz P: Gall 20 56 70 120 200